====== Looking for good test cases for RR_24 redistribution algorithm ======

Plan:

  - Review 24hr precipiation charts from http://senorge.no/
  - Classify each day if it is
       - No rainfall
       - Convective Rainfall
       - Frontal/uniform precipitation
  - If possible do this based on regions

Initial test regions:

{{kvalobs:kvoss:system:qc2:8hdk376snf09zj37dk82s92:pnor-reg.jpg|}}

Later will iterate to better region split based on learning ... where is that AI neural net when you need it ? ;-)

--------
Suggestion: 
Precipitation regions is used for rainfall and for runoff. Data for these regions can be used to make trends in accumulated precipitation,  
see [[http://met.no/Klima/Klimautvikling/Klima_siste_150_ar/Regioner/Ostlandet/|met.no]] - the trend diagram here is made for geographical regions, but the same has been done for the precipitation regions. 

Precipitation regions:

{{http://eklima.met.no/image/nedborregionkart.jpg?300}}

The attached {{kvalobs:kvoss:system:qc2:8hdk376snf09zj37dk82s92:st_land_kyst_gr_tr_nr.txt.gz|file}} identifies each station with its particular precipitation region (number in the NR_NO nedbør region column) as illustrated by the following excerpt:

^STNR	^UTM_E	^UTM_N	^GR_NO	^TR_NO	^NR_NO ^
|900	|337498 	|6926514	|4	|1	|7 |
|10300	|333750 	|6930672	|4	|1	|7 |
|10380	|312615 	|6943795	|4	|1	|7 |
|10400	|314190 	|6942590	|4	|1	|7 |
|10430	|310528 	|6953895	|4	|1	|7 |
|10600	|318477 	|6954240	|4	|1	|7 |
|10650	|337833 	|6956155	|4	|1	|7 |
|10700	|338755 	|6961042	|4	|1	|7 |
|10740	|340079 	|6949931	|4	|1	|7 | 
|10750	|340289 	|6950456	|4	|1	|7 |
|10800	|337048 	|6953941	|4	|1	|7 |